def MergeArea(x, y, zoom, mapIds, tileGroups):
lat, lon = tiles.num2deg(x, y, zoom)
x2, y2 = tiles.deg2num(lat, lon, dataTileZoom)
lat2, lon2 = tiles.num2deg(x+1, y+1, zoom)
x3, y3 = tiles.deg2num(lat2, lon2, dataTileZoom)
fiList = []
for cx in range(x2, x3):
for cy in range(y2, y3):
fina = "../12/{0}/{1}.osm.bz2".format(cx, cy)
if not os.path.isfile(fina):
continue
fiList.append(fina)
if len(fiList) == 0:
return
#out = bz2.BZ2File("merge.osm.bz2","w")
#print "Found {0} data tiles".format(len(fiList))
tileGroups.append(fiList)
mapId = 63240000+len(mapIds)
mapIds.append(mapId)
if 0:
countNodes, countWays, countRelations = mergeTiles.MergeFiles(fiList, out, 0)
if countNodes + countWays + countRelations == 0:
#Everything is empty
return
cmd = "java -jar ../splitter-r412/splitter.jar --mapid={0} merge.osm.bz2".format(mapId)
os.system(cmd)
def CalcFileSize(x, y, zoom, dataTileZoom):
lat, lon = tiles.num2deg(x, y, zoom)
x2, y2 = tiles.deg2num(lat, lon, dataTileZoom)
lat2, lon2 = tiles.num2deg(x+1, y+1, zoom)
x3, y3 = tiles.deg2num(lat2, lon2, dataTileZoom)
#print (x2, x3), (y2, y3)
totalSize = 0
for cx in range(x2, x3):
for cy in range(y2, y3):
fina = "../12/{0}/{1}.osm.bz2".format(cx, cy)
if not os.path.isfile(fina):
continue
s = os.path.getsize(fina)
totalSize += s
return totalSize
def CalcFileSize(x, y, zoom, dataTileZoom):
lat, lon = tiles.num2deg(x, y, zoom)
x2, y2 = tiles.deg2num(lat, lon, dataTileZoom)
lat2, lon2 = tiles.num2deg(x + 1, y + 1, zoom)
x3, y3 = tiles.deg2num(lat2, lon2, dataTileZoom)
#print (x2, x3), (y2, y3)
totalSize = 0
for cx in range(x2, x3):
for cy in range(y2, y3):
fina = "../12/{0}/{1}.osm.bz2".format(cx, cy)
if not os.path.isfile(fina):
continue
s = os.path.getsize(fina)
totalSize += s
return totalSize
def ProcessAreaNextZoom(x, y, zoom, dataTileZoom, mapIds, tileGroups): lat, lon = tiles.num2deg(x, y, zoom) x2, y2 = tiles.deg2num(lat, lon, zoom+1) lat2, lon2 = tiles.num2deg(x+1, y+1, zoom) x3, y3 = tiles.deg2num(lat2, lon2, zoom+1) for cx in range(x2, x3): for cy in range(y2, y3): totalFileSize = CalcFileSize(cx, cy, zoom+1, dataTileZoom) if totalFileSize <= maxAllowedFileSize or zoom >= dataTileZoom: if zoom >= dataTileZoom: ProcessSingleDataTile(cx, cy, zoom+1, mapIds, tileGroups) else: #Merge at this zoom #print "Merge tiles", cx, cy, zoom+1, totalFileSize MergeArea(cx, cy, zoom+1, mapIds, tileGroups) else: #Recusively consder higher zoom level ProcessAreaNextZoom(cx, cy, zoom+1, dataTileZoom, mapIds, tileGroups)
def ProcessAreaNextZoom(x, y, zoom, dataTileZoom, mapIds, tileGroups):
lat, lon = tiles.num2deg(x, y, zoom)
x2, y2 = tiles.deg2num(lat, lon, zoom + 1)
lat2, lon2 = tiles.num2deg(x + 1, y + 1, zoom)
x3, y3 = tiles.deg2num(lat2, lon2, zoom + 1)
for cx in range(x2, x3):
for cy in range(y2, y3):
totalFileSize = CalcFileSize(cx, cy, zoom + 1, dataTileZoom)
if totalFileSize <= maxAllowedFileSize or zoom >= dataTileZoom:
if zoom >= dataTileZoom:
ProcessSingleDataTile(cx, cy, zoom + 1, mapIds, tileGroups)
else:
#Merge at this zoom
#print "Merge tiles", cx, cy, zoom+1, totalFileSize
MergeArea(cx, cy, zoom + 1, mapIds, tileGroups)
else:
#Recusively consder higher zoom level
ProcessAreaNextZoom(cx, cy, zoom + 1, dataTileZoom, mapIds,
tileGroups)
def MergeArea(x, y, zoom, mapIds, tileGroups):
lat, lon = tiles.num2deg(x, y, zoom)
x2, y2 = tiles.deg2num(lat, lon, dataTileZoom)
lat2, lon2 = tiles.num2deg(x + 1, y + 1, zoom)
x3, y3 = tiles.deg2num(lat2, lon2, dataTileZoom)
fiList = []
for cx in range(x2, x3):
for cy in range(y2, y3):
fina = "../12/{0}/{1}.osm.bz2".format(cx, cy)
if not os.path.isfile(fina):
continue
fiList.append(fina)
if len(fiList) == 0:
return
#out = bz2.BZ2File("merge.osm.bz2","w")
#print "Found {0} data tiles".format(len(fiList))
tileGroups.append(fiList)
mapId = 63240000 + len(mapIds)
mapIds.append(mapId)
if 0:
countNodes, countWays, countRelations = mergeTiles.MergeFiles(
fiList, out, 0)
if countNodes + countWays + countRelations == 0:
#Everything is empty
return
cmd = "java -jar ../splitter-r412/splitter.jar --mapid={0} merge.osm.bz2".format(
mapId)
os.system(cmd)
#tileBL = tiles.deg2num(27.673799, 32.1679688, 12) #Sinai
#tileTR = tiles.deg2num(31.297328, 35.0024414, 12) #Sinai
#tileBL = tiles.deg2num(51.00434, -4.02825, 12) #Exmoor
#tileTR = tiles.deg2num(51.26630, -3.26607, 12) #Exmoor
#tileBL = tiles.deg2num(49.0018439, -0.6632996, 12) #Caen
#tileTR = tiles.deg2num(49.3644891, 0.0054932, 12) #Caen
#tileBL = tiles.deg2num(49.6676278, -14.765625, 12) #UK and Eire
#tileTR = tiles.deg2num(61.1856247, 2.2851563, 12) #UK and Eire
#tileBL = tiles.deg2num(-47.279229, 107.7539063, 12) #Aus
#tileTR = tiles.deg2num(-9.2756222, 162.5976563, 12) #Aus
tileBL = tiles.deg2num(50.6599084, -1.3046265, 12) #Around portsmouth, uk
tileTR = tiles.deg2num(50.9618867, -0.8061218, 12)
print tileBL, tileTR
count = 0
#exit(0)
for x in range(tileBL[0], tileTR[0] + 1):
for y in range(tileTR[1], tileBL[1] + 1):
print count, (tileBL[0] - tileTR[0] + 1) * (tileTR[1] - tileBL[1] + 1), x, y
count += 1
if not os.path.isdir("12"):
os.mkdir("12")
if not os.path.isdir("12/{0}".format(x)):
os.mkdir("12/{0}".format(x))
#tileBL = tiles.deg2num(51.7882364, -3.4765251, 12) #Hampshire?
#tileTR = tiles.deg2num(52.3707994, -2.2782056, 12) #Hampshire?
#tileBL = tiles.deg2num(27.673799, 32.1679688, 12) #Sinai
#tileTR = tiles.deg2num(31.297328, 35.0024414, 12) #Sinai
#tileBL = tiles.deg2num(51.00434, -4.02825, 12) #Exmoor
#tileTR = tiles.deg2num(51.26630, -3.26607, 12) #Exmoor
#tileBL = tiles.deg2num(49.0018439, -0.6632996, 12) #Caen
#tileTR = tiles.deg2num(49.3644891, 0.0054932, 12) #Caen
#tileBL = tiles.deg2num(49.6676278, -14.765625, 12) #UK and Eire
#tileTR = tiles.deg2num(61.1856247, 2.2851563, 12) #UK and Eire
tileBL = tiles.deg2num(-47.279229, 107.7539063, 12) #Aus
tileTR = tiles.deg2num(-9.2756222, 162.5976563, 12) #Aus
print tileBL, tileTR
count = 0
outFolder = "australia"
if not os.path.exists(outFolder):
os.mkdir(outFolder)
#exit(0)
for x in range(tileBL[0], tileTR[0] + 1):
for y in range(tileTR[1], tileBL[1] + 1):
print count, (tileBL[0] - tileTR[0] + 1) * (tileTR[1] - tileBL[1] + 1), x, y
count += 1
inFina = "12/{0}/{1}.osm.bz2".format(x, y)
lats = (-47.279229, -9.2756222) #Aus
lons = (107.7539063, 162.5976563) #Aus
minZoom = 6
count = 0
os.chdir("tmp")
dataTileZoom = 12
mapIds = []
tileGroups = []
maxAllowedFileSize = 10000000
#Plan work
print "Lat range", min(lats), max(lats)
print "Lon range", min(lons), max(lons)
tileBL = tiles.deg2num(min(lats), min(lons), minZoom)
tileTR = tiles.deg2num(max(lats), max(lons), minZoom)
print "Tile coordinates", minZoom, tileBL, tileTR
for x in range(tileBL[0], tileTR[0] + 1):
for y in range(tileTR[1], tileBL[1] + 1):
totalFileSize = CalcFileSize(x, y, minZoom, dataTileZoom)
if totalFileSize <= maxAllowedFileSize or minZoom >= dataTileZoom:
if minZoom >= dataTileZoom:
ProcessSingleDataTile(x, y, minZoom, mapIds, tileGroups)
else:
#Merge at this zoom
#print "Merge tiles", x, y, minZoom, totalFileSize
MergeArea(x, y, minZoom, mapIds, tileGroups)
else:
#Recusively consider higher zoom level
lats = (-47.279229, -9.2756222) #Aus
lons = (107.7539063, 162.5976563) #Aus
minZoom = 6
count = 0
os.chdir("tmp")
dataTileZoom = 12
mapIds = []
tileGroups = []
maxAllowedFileSize = 10000000
#Plan work
print "Lat range", min(lats), max(lats)
print "Lon range", min(lons), max(lons)
tileBL = tiles.deg2num(min(lats), min(lons), minZoom)
tileTR = tiles.deg2num(max(lats), max(lons), minZoom)
print "Tile coordinates", minZoom, tileBL, tileTR
for x in range(tileBL[0], tileTR[0] + 1):
for y in range(tileTR[1], tileBL[1] + 1):
totalFileSize = CalcFileSize(x, y, minZoom, dataTileZoom)
if totalFileSize <= maxAllowedFileSize or minZoom >= dataTileZoom:
if minZoom >= dataTileZoom:
ProcessSingleDataTile(x, y, minZoom, mapIds, tileGroups)
else:
#Merge at this zoom
#print "Merge tiles", x, y, minZoom, totalFileSize
MergeArea(x, y, minZoom, mapIds, tileGroups)
else:
#Recusively consider higher zoom level